降低原型成本,缩短设计时间
告别复杂的应用程序接口和复杂的网格任务代码的挑战。轻松集成 CSM 和 CVM,提高各种应用的可用性和效率。利用先进的三维网格生成工具提高仿真精度并减少人为错误,在保持模型精度的同时优化网格。用户可自动生成网格,并可选择控制网格参数。
介绍一套完整的网格划分软件组件,满足您的三维网格划分应用需求。Spatial 的聚合曲面网格划分器(CSM)和聚合体积网格划分器(CVM)建立在经过行业验证的三维网格划分技术基础之上,经过精心设计,可简化和优化网格划分体验。
CSM 和 CVM 是一种统一的网格划分解决方案,它将各种网格划分技术毫不费力地整合到单一的多功能组件中,用于曲面(CSM)和体积(CVM)网格划分。CSM 提供高性能的三角形、混合曲面和四边形曲面网格划分,而 CVM 则提供全面的体积网格划分功能。两者都采用强大的 C++ 界面设计,简化了复杂工作流程的网格生成和集成。
CSM 和 CVM 具有非结构化曲面和体网格功能,可快速生成网格,并准确尊重输入数据(CAD 或网格)。这些解决方案是我们三维软件开发工具包(SDK)的一部分,与建模器无关,并与我们的 CGM 建模器和 三维 ACIS 建模器紧密耦合。
告别复杂的应用程序接口和复杂的网格任务代码的挑战。轻松集成 CSM 和 CVM,提高各种应用的可用性和效率。利用先进的三维网格生成工具提高仿真精度并减少人为错误,在保持模型精度的同时优化网格。用户可自动生成网格,并可选择控制网格参数。
CSM 和 CVM 与我们的 CGM 和 ACIS 内核无缝集成,通过 3D InterOp 与主流 CAD 格式兼容,确保了与现有模型的完整性,简化了网格划分过程。
我们的专家与您密切合作,以增强 CSM 和 CVM,确保它们满足您不断变化的需求。这种合作有助于不断改进您的应用程序并使其与众不同。
利用先进的 3D 网格生成工具提高模拟精度并减少人为错误,优化网格,同时保持模型精度。用户可以通过控制网格参数的选项自动生成网格。
Optimize meshes for high-fidelity simulations, ensuring accuracy and reducing data prep time in the product development cycle.
Discover how to easily add simulation to your application or automate interface detection in CHT or CFD simulation applications.
Discover how to handle both CAD and scanned data for hybrid manufacturing.
Convert ACIS B-Rep bodies into meshes or import meshes directly into 3D ACIS Modeler for advanced model manipulation and preparation.
FVA's solutions served the driveline industry with software capable of sophisticated simulations and detailed analyses of gearbox components.
Explore the top reasons to use Spatial's 3D SDK for developing, deploying, and supporting innovative 3D applications.
Discover how to handle both CAD and scanned data for hybrid manufacturing.
Convert ACIS B-Rep bodies into meshes or import meshes directly into 3D ACIS Modeler for advanced model manipulation and preparation.
FVA's solutions served the driveline industry with software capable of sophisticated simulations and detailed analyses of gearbox components.
Explore the top reasons to use Spatial's 3D SDK for developing, deploying, and supporting innovative 3D applications.
Learn why companies transition from homegrown graphics solutions to HOOPS Visualize and what the switch entails.
Learn how CGM Modeler enables application development for creating, modifying, querying, and visualizing 3D data across industries.
Explore the top reasons to use Spatial's 3D SDK for developing, deploying, and supporting innovative 3D applications.
Understand model repair and validation, its impact on modeling operations, and detailed test results.
Learn about the best CAD file interoperability solutions, the importance of accurate data exchange, and applications in design, analysis, manufacturing, and measurement.
Learn how CGM Modeler enables application development for creating, modifying, querying, and visualizing 3D data across industries.
Explore the top reasons to use Spatial's 3D SDK for developing, deploying, and supporting innovative 3D applications.
Understand model repair and validation, its impact on modeling operations, and detailed test results.
Learn about the best CAD file interoperability solutions, the importance of accurate data exchange, and applications in design, analysis, manufacturing, and measurement.
Convert ACIS B-Rep bodies into meshes or import meshes directly into 3D ACIS Modeler for advanced model manipulation and preparation.
Learn how you can significantly speed up your application’s development with AGM’s extensive, out-of-the-box, advanced code base.
Explore our new additive manufacturing capabilities within CGM Modeler in this webinar.
Discover how to handle both CAD and scanned data for hybrid manufacturing.
Discover how to easily add simulation to your application or automate interface detection in CHT or CFD simulation applications.
Learn how you can significantly speed up your application’s development with AGM’s extensive, out-of-the-box, advanced code base.
Explore our new additive manufacturing capabilities within CGM Modeler in this webinar.
Discover how to handle both CAD and scanned data for hybrid manufacturing.
Discover how to easily add simulation to your application or automate interface detection in CHT or CFD simulation applications.